public void Test_002()
{
// Model
// View
// Controller
var moves = new List <string>()
{
// White, Black
"G1F3", "G8F6",
"C2C4", "G7G6",
"B1C3", "F8G7",
"D1D4", "E8G8", // castle
"C1C4", "D7D5",
"D1B3", "D5C4", // capture
"B3C4", // capture, ...
};
var game = new Chess();
var board = new Board();
var printer = new BoardPrinter();
//board.Move += (move) => Debug.WriteLine("");
//game.Result += (result) => Debug.WriteLine("");
//game.Capture += (piece, position) => Debug.WriteLine("");
foreach (var move in moves)
{
game.Apply(move, board);
printer.Show(board);
}
}
public ConsoleUI(GameFlow gameFlow, IConsoleIO console, IStorage storage, RulesEngine rulesEngine)
{
if (gameFlow is null)
{
throw new ArgumentNullException(nameof(gameFlow));
}
if (console is null)
{
throw new ArgumentNullException(nameof(console));
}
if (storage is null)
{
throw new ArgumentNullException(nameof(storage));
}
if (rulesEngine is null)
{
throw new ArgumentNullException(nameof(rulesEngine));
}
GameCmdHandler = new GameCmdHandler(gameFlow, storage, console);
TurnCmdHandler = new TurnCmdHandler(rulesEngine);
BoardPrinter = new BoardPrinter(console, gameFlow);
CommandParser = new CommandParser();
CommandCycle = new CommandCycle(console, GameCmdHandler, TurnCmdHandler, BoardPrinter, CommandParser);
}
public void Into_ShouldWriteInto()
{
string rn = Environment.NewLine;
//Arrange
CellCollection cellCollection = new CellCollection(new ICell[]
{
new UnselectedCell(new Glyph('0')),
new UnselectedCell(new Glyph('1')),
new UnselectedCell(new Glyph('2')),
new UnselectedCell(new Glyph('3')),
new UnselectedCell(new Glyph('4')),
new UnselectedCell(new Glyph('5')),
new UnselectedCell(new Glyph('6')),
new UnselectedCell(new Glyph('7')),
new UnselectedCell(new Glyph('8'))
});
FakeWriter fakeWriter = new FakeWriter();
BoardPrinter subject = new BoardPrinter(cellCollection, fakeWriter);
//Act
subject.Print();
//Assert
fakeWriter.AssertLinesWritten($" 0 | 1 | 2{rn}===+===+==={rn} 3 | 4 | 5{rn}===+===+==={rn} 6 | 7 | 8{rn}");
}
static void PrintBoardAfterMove(IPlayerMove move, string playerName, BoardPrinter board)
{
var piece = board.Get(move.Move.StartPosition.ToTuple());
if (move.Move.PromotionResult != PromotionPieceType.NoPromotion)
{
if (piece.Contains("w"))
{
piece = "wQ ";
}
else
{
piece = "bQ ";
}
}
// Clear previous move
for (int i = 0; i < 8; i++)
{
for (int j = 0; j < 8; j++)
{
if (board.Get((i, j)) == BoardPrinter.PreviousTileValue)
{
board.Set((i, j), " ");
break;
}
}
}
board.Set(move.Move.StartPosition.ToTuple(), BoardPrinter.PreviousTileValue);
board.Set(move.Move.EndPosition.ToTuple(), piece);
board.Print();
}
public void Test_002()
{
//Model
//View
//Controller
var moves = new List <string>()
{
//white, Black - COLLECTION OF STRINGS TO REPRESENT MOVES
"G1F3", "G8F6",
"C2C4", "G7G6",
"B1C3", "F8G7",
"D1D4", "E8G8", //CASTLE
"C1C4", "D7D5",
"D1B3", "D5C4", //CAPTURE
"B3C4", //CAPTURE
};
var game = new Chess(); // refer to class library- view
var board = new Board(); // refer to class library -model
var printer = new BoardPrinter(); //printing to the console
//board.Move += (moves) => Debug.WriteLine("");//we want an event and I have to declare that myself.
//game.Result += (result) => Debug.WriteLine("");
//game.Capture += (piece, position) => Debug.WriteLine("");
foreach (var move in moves)
{
game.Apply(move, board); //representing the chess board; apply method to the board as a parameter; the method can be somewhere else.
printer.Show(board);
}
}
static void Main(string[] args)
{
BoardPrinter printer = new BoardPrinter();
var othello = new Othello();
othello.Start(Color.White);
othello.Set(3, 3);
othello.Set(3, 4);
othello.Set(4, 4);
othello.Set(4, 3);
printer.Print("オリジナル", othello);
var snapshot = othello.Save();
// 適当に石を追加しておく
othello.Set(1, 1);
othello.Set(5, 5);
othello.Set(7, 7);
printer.Print("オリジナル（追加後）", othello);
// 復元
var replay = new Othello();
replay.Load(snapshot);
printer.Print("復元", replay);
}
static void Main(string[] args)
{
FileReader filereader = new FileReader();
Board board = new Board();
BoardPrinter boardprinter = new BoardPrinter();
bool[,] x = filereader.MakeBoard(@"C:\Users\FIT\Ejercicio-Kiosko\Ejercicio4\src\Library\Prueba.txt");
bool[,] y = board.GameLogic(x);
boardprinter.PrintBoard(y);
}
public void MovePointerUp()
{
BoardPrinter.BackspaceCursorFromPosition(cursorCurrentPositionX, cursorCurrentPositionY);
cursorCurrentPositionY--;
if (cursorCurrentPositionY == -1)
{
cursorCurrentPositionY = BoardSize - 1;
}
BoardPrinter.PrintCursorToPosition(cursorCurrentPositionX, cursorCurrentPositionY);
}
public void MovePointerDown()
{
BoardPrinter.BackspaceCursorFromPosition(cursorCurrentPositionX, cursorCurrentPositionY);
cursorCurrentPositionY++;
if (cursorCurrentPositionY == BoardSize)
{
cursorCurrentPositionY = 0;
}
BoardPrinter.PrintCursorToPosition(cursorCurrentPositionX, cursorCurrentPositionY);
}
static void Main(string[] args)
{
var placements = GameHard();
var board = new GameBoard(placements);
var printer = new BoardPrinter();
printer.Print(board);
var solver = new Solver();
board = solver.Solve(board);
printer.Print(board);
}
public ConsoleUI(GameFlow gameFlow, IConsoleIO console, IStorage storage, RulesEngine rulesEngine)
{
CheckArg.NotNull(gameFlow);
CheckArg.NotNull(console);
CheckArg.NotNull(storage);
CheckArg.NotNull(rulesEngine);
GameCmdHandler = new GameCmdHandler(gameFlow, storage, console);
TurnCmdHandler = new TurnCmdHandler(rulesEngine);
BoardPrinter = new BoardPrinter(console, gameFlow);
CommandParser = new CommandParser();
CommandCycle = new CommandCycle(console, GameCmdHandler, TurnCmdHandler, BoardPrinter, CommandParser);
}
public CommandCycle(
IConsoleIO consoleIO,
GameCmdHandler gameCmdHandler,
TurnCmdHandler turnCmdHandler,
BoardPrinter boardPrinter,
CommandParser commandParser)
{
Console = consoleIO;
GameCmdHandler = gameCmdHandler;
TurnCmdHandler = turnCmdHandler;
BoardPrinter = boardPrinter;
CommandParser = commandParser;
}
public void PrintBoard_InitiateBoardWith5RowsAnd5Columns_ResultStringContains143CharactersIncludingBoardDelimiters()
{
Board board = new(rowCount : 5, columnCount : 5);
board.PlaceCharTile(X: 1, Y: 2, c: new CharTile('H'));
board.PlaceCharTile(X: 2, Y: 2, c: new CharTile('E'));
board.PlaceCharTile(X: 3, Y: 2, c: new CharTile('L'));
board.PlaceCharTile(X: 4, Y: 2, c: new CharTile('L'));
board.PlaceCharTile(X: 5, Y: 2, c: new CharTile('O'));
string boardString = BoardPrinter.PrintBoard(board);
Assert.IsTrue(boardString.Length == 143);
}
public void Setup()
{
_boardInitializerDouble = A.Fake <BoardInitializer>();
_consoleWrapperDouble = A.Fake <ConsoleWrapper>();
_boardPrinterDouble = A.Fake <BoardPrinter>();
_consoleCoordinateReaderDouble = A.Fake <ConsoleCoordinatesReader>();
_inputMapperDouble = A.Fake <CoordinatesMapper>();
_shotResultMapperDouble = A.Fake <ShotResultMapper>();
_subject = new ConsoleGame(
_boardInitializerDouble,
_consoleWrapperDouble,
_boardPrinterDouble,
_consoleCoordinateReaderDouble,
_inputMapperDouble,
_shotResultMapperDouble);
}
public void Test_003()
{
var moves = new List <string>()
{
// White, Black
"G1F3", "G8F6",
"C2C4", "G7G6",
"B1C3", "F8G7",
"D1D4", "E8G8", // castle
"C1C4", "D7D5",
"D1B3", "D5C4", // capture
"B3C4", // capture, ...
};
var printer = new BoardPrinter();
ChessMove result = null;
var gameMoves = new List <ChessMove>();
foreach (var move in moves)
{
if (ChessMove.Try(move, ref result))
{
Debug.WriteLine($"");
Debug.WriteLine($"Move Number: {result.MoveNumber}");
Debug.WriteLine($"Origin: {result.Move.Substring(0, 2)}");
Debug.WriteLine($"Destination: {result.Move.Substring(2, 2)}");
Debug.WriteLine($"");
printer.Show(result.Before);
printer.Show(result.After);
gameMoves.Add(result);
}
else
{
break;
}
}
}
int IConsoleApplication.Run(string[] args)
{
PrintWelcome();
while (true)
{
BoardPrinter.PrintCurrentGameState();
Console.Write("> ");
string cmdStr = Console.ReadLine();
try
{
var cmd = CommandParser.Parse(cmdStr);
if (cmd is TurnCommand tc)
{
MakeTurn(tc.Turn);
}
else if (cmd is GameCommand gc)
{
GameCmdHandler.Execute(gc);
}
else if (cmd is Exit)
{
return(0);
}
else
{
throw new NotImplementedException($"Not implemented command: {cmd}");
}
}
catch (UserErrorException ue)
{
PrintError(ue);
PrintHelp();
}
}
}
/// <summary>
/// Starts the game
/// </summary>
/// <param name="allowedShips"></param>
/// <param name="boardSize"></param>
public void Start(IReadOnlyList <Type> allowedShips = null, int boardSize = 10)
{
AllowedShips = allowedShips ?? new List <Type>
{
typeof(AircraftCarrier),
typeof(Ships.Battleship),
typeof(Submarine),
typeof(Cruiser),
typeof(Destroyer)
};
BoardSize = boardSize;
// add player
var players = GetPlayers();
_players.AddRange(players);
_players.ForEach(p => PlaceShips(p));
Status = GameStatus.Started;
BoardPrinter.PrintBoard(this);
}
static void Main(string[] args)
{
RandomGoalBoardGenerator bg = new RandomGoalBoardGenerator(30, 20, 5, 123);
BoardPrinter.Print(bg.CreateBoard());
}
public override void PrintView()
{
BoardPrinter.CursorStartPosition_X = CurragePositionX;
BoardPrinter.CursorStartPosition_Y = CurragePositionY;
BoardPrinter.PrintView();
}
public void PrintBoard()
{
BoardPrinter.Print(Fields);
}
public void HandleMessage(Data message)
{
if (message.PlayerLocation != null)
{
Player.game.Location = message.PlayerLocation;
ConsoleDebug.Message($"My location: ({message.PlayerLocation.x}, {message.PlayerLocation.y})");
}
if (message.TaskFields != null)
{
Common.SchemaWrapper.TaskField[] taskFields = new Common.SchemaWrapper.TaskField[message.TaskFields.Length];
for (int i = 0; i < taskFields.Length; i++)
taskFields[i] = new Common.SchemaWrapper.TaskField(message.TaskFields[i]);
Player.game.UpdateFields(taskFields); ;
}
if (message.GoalFields != null)
{
Common.SchemaWrapper.GoalField[] goalFields = new Common.SchemaWrapper.GoalField[message.GoalFields.Length];
for (int i = 0; i < goalFields.Length; i++)
goalFields[i] = new Common.SchemaWrapper.GoalField(message.GoalFields[i]);
Player.game.UpdateFields(goalFields);
}
if (message.Pieces != null)
{
foreach (Piece piece in message.Pieces)
{
lock (pieceLock)
{
if (piece.playerIdSpecified)
{
Player.game.Pieces = Player.game.Pieces.Where(piece1 => piece1.playerId != piece.playerId).ToList();
}
if (Player.game.Pieces.Count(p => p.id == piece.id) == 0)
Player.game.Pieces.Add(piece);
else
{
var pp = Player.game.Pieces.Single(p => p.id == piece.id);
pp.playerId = piece.playerId;
pp.playerIdSpecified = piece.playerIdSpecified;
pp.timestamp = piece.timestamp;
if (pp.type == PieceType.unknown)
pp.type = piece.type;
}
}
}
//args.PlayerClient.Pieces.Clear();
//foreach (var piece in message.Pieces)
//{
// args.PlayerClient.Pieces.Add(piece);
//}
}
if (message.gameFinished == true)
{
ConsoleDebug.Good("\nGame just ended\n");
BoardPrinter.Print(Player.game.Fields);
Player.RegisterForNextGameAfterGameEnd();
return;
}
Player.ReadyForAction?.Invoke();
}
/// <summary>
/// Obtain a string representation of the game board
/// </summary>
public string GetBoard(IEnumerable <Field> pullFields, IEnumerable <Field> pushFields)
{
return(BoardPrinter.GetBoard(Size, Nodes, Arcs, pullFields, pushFields));
}
public static void Start(int minDelayInMs, int?overrideOpponentMaxDepth, Board?overrideBoard = null)
{
Log(Environment.NewLine);
// TODO async
var moveHistory = new List <IPlayerMove>();
var info1 = new StartInformationImplementation()
{
WhitePlayer = true
};
var player1 = new Logic(info1, null, overrideBoard);
var board = new BoardPrinter(player1.Board.InterfacePieces, OperatingSystem.IsWindows());
var firstMove = player1.CreateMove();
moveHistory.Add(firstMove);
PrintMove(firstMove, "white");
PrintBoardAfterMove(firstMove, "", board);
var info2 = new StartInformationImplementation()
{
WhitePlayer = false, OpponentMove = firstMove.Move
};
var player2 = new Logic(info2, overrideOpponentMaxDepth, overrideBoard);
try
{
while (true)
{
var move = player2.CreateMove();
moveHistory.Add(move);
PrintMove(move, "black");
PrintBoardAfterMove(move, "", board);
if (move.Move.CheckMate)
{
Log("Checkmate");
break;
}
if (MoveHistory.IsDraw(moveHistory))
{
Log("Draw");
break;
}
player1.ReceiveMove(move.Move);
Thread.Sleep(minDelayInMs);
move = player1.CreateMove();
moveHistory.Add(move);
PrintMove(move, "white");
PrintBoardAfterMove(move, "", board);
if (move.Move.CheckMate)
{
Log("Checkmate");
break;
}
if (MoveHistory.IsDraw(moveHistory))
{
Log("Draw");
break;
}
player2.ReceiveMove(move.Move);
Thread.Sleep(minDelayInMs);
}
}
catch (Exception e)
{
Console.WriteLine(e);
}
Console.Read();
}
public void SetUp()
{
_board = new Board(TestBoardSize);
_mockPrintTarget = new MockPrintTarget();
_boardPrinter = new BoardPrinter(_mockPrintTarget);
_expectedNumberOfOutputLines = _board.BoardSize * 2 + 1;
}
public void PrintBoard()
{
BoardPrinter.PrintAlternative(Board);
}
public void SetUp()
{
_positionStateMapperDouble = A.Fake <PositionStateMapper>();
_subject = new BoardPrinter(_positionStateMapperDouble);
}
public override void RemoveViewFromScreen()
{
BoardPrinter.RemoveView();
}
